Key takeaways
- The 1063 is an electric shunting locomotive – a rare combination, because shunting areas are often not continuously wired.
- The leading 1 in the class number clearly marks it as an electric locomotive in the ÖBB scheme.
- Fastest tell: short build plus pantograph plus shunter steps.
- Its working area is tied to the overhead wire: without it, it can't work.
- Shunting areas are operational railway land – observed and photographed only from outside.
Contents
Fact file
| Vehicle type | Electric shunting locomotive for shunting and transfer duty |
|---|---|
| Designation system | ÖBB Class 1063 – the leading 1 stands for electric locomotive |
| Electrification system | 15 kV / 16.7 Hz AC via overhead line |
| Axles | Four axles in two bogies |
| Operational requirement | Overhead wire over the working area – can't be used without it |
| Typical duty | Shunting, train formation and short transfer runs on electrified premises |
| Equipment | Shunter steps, wraparound handrails, designed for low speeds |
Identifying features
Is this really the class in front of you?
- Compact, noticeably shorter build than a main-line locomotive
- A pantograph on the roof – unusual for a shunting locomotive
- Four axles in two bogies
- Shunter steps and handrails at the corners of the vehicle
- Class marking begins with 1063
- Moves individual wagons or short groups of wagons, not entire long-distance trains
Updated: August 2026 – A short, stocky locomotive with shunter steps – and yet a pantograph on the roof: the Class 1063 is an electric shunting locomotive, and thus a comparatively rare type of vehicle. This page explains why it exists at all, how to recognise it, and where the limits of observing it lie.
Spotted a shunter? Note the context too.
With shunting locomotives the activity is often more interesting than the vehicle – log the number, location and situation.
What is the ÖBB Class 1063?
The Class 1063 is an electric shunting locomotive of the ÖBB – in everyday English, a shunter. It runs under 15 kV at 16.7 Hz, rides on four axles in two bogies, and is designed for train formation, wagon movements and short transfer runs.
The designation already tells you half the story. The ÖBB classify traction vehicles under “Reihe” (class) plus a four-digit number, and the leading digit encodes the vehicle type: 1 for electric locomotives, 2 for diesel locomotives, 4 for electric railcars, 5 for diesel railcars. The 1 at the start of 1063 therefore tells you: this is an electric locomotive. That it’s a shunter rather than a main-line locomotive is clear from its build.
Why an electric shunting locomotive is unusual
Diesel locomotives dominate shunting duty worldwide, for a very practical reason: shunting areas are often not continuously covered by overhead line. Overhead wire above shunting tracks is expensive, gets in the way of working from above, and in many spots simply isn’t needed, because trains only move slowly there anyway.
An electric shunter can therefore only be used where its working area is fully electrified. That limits its range of operation, but brings advantages: no exhaust in confined installations, less noise, no refuelling.
For spotters, that gives a useful rule of thumb: wherever you see a shunting locomotive with a pantograph, the installation is electrified. The vehicle thus tells you something about the infrastructure it stands on. How far the overhead line extends within an installation is decided by ÖBB Infrastruktur.
The reverse holds just as much: an electric shunter can’t push a group of wagons onto a siding without overhead wire. Those last few metres are then handled either by a diesel locomotive or, where available, by equipment at the destination itself. Anyone watching a 1063 at work therefore almost always sees only a snippet of a longer chain of movements, at the end of which another vehicle eventually takes over.
That’s exactly what makes the class interesting for understanding railway operations. It shows that train formation isn’t a single process but a sequence of many small steps with different vehicles – and that the available infrastructure determines which vehicle can take on which step.
How to recognise the class in the field
Step 1: gauge the length
Shunting locomotives are noticeably shorter than main-line locomotives. If the locomotive looks stocky and compact, that's a first clue.
Step 2: look at the roof
A pantograph rules out every diesel shunter and leads straight to the 1-series in the ÖBB scheme.
Step 3: check for shunting equipment
Steps at the corners of the vehicle and wraparound handrails are the clear sign of a vehicle in shunting service.
Step 4: read the class
1063 on the side wall confirms the identification. The marking remains the final authority.
Placement in railway operations
| Criterion | Class 1063 | Diesel shunter | Electric main-line locomotive |
|---|---|---|---|
| Energy source | overhead line | fuel on board | overhead line |
| Usable without overhead wire | no | yes | no |
| Typical speed | low | low | high |
| Build | short, with shunter steps | short, with shunter steps | long, smooth |
| Task | train formation, transfers | train formation, works trips | traction on the main line |
| Predictability for spotters | low | low | high |
The last row is the most important one in practice. Main-line locomotives follow the timetable, shunting vehicles follow the operational situation. When a shunter is working depends on wagon volume and train formation – not on a published departure time. How to still approach freight traffic systematically is described in the guide tracking freight trains live.
Don't miss rare vehicles
Community reports show you where shunting and freight vehicles were last spotted.
Where you find it – and where you must never go
Shunting locomotives work wherever trains are formed and broken up: in station approach yards, at loading points, on private sidings and in marshalling yards. The freight traffic that’s shunted there in Austria is organised by the ÖBB Rail Cargo Group. These very areas are operational railway land.
Shunting areas are off limits
You must not enter marshalling yards, stabling sidings, private sidings and operational installations – regardless of whether a fence is present or how quiet it looks. Shunting movements are quiet, change direction, and are hard to predict. Observe and photograph only from publicly accessible locations outside: platforms, bridges, roads and paths.
Realistically good observation points therefore lie outside: road bridges over station approach yards, platform ends with a clear view of adjoining track groups, public paths running alongside the railway installation. From there you can follow shunting operations over a longer period without getting anywhere near an operational area.
This rule isn’t negotiable and can’t be justified by an especially good shot. What other legal framework applies to railway photography, and why every individual case needs its own assessment, is covered in the article Am I allowed to photograph trains?
Photo tips for shunting vehicles
Work from a distance
A longer focal length from a bridge or a public path delivers usable images without you getting close to the operational area.
Show the working situation
A shunting locomotive looks strongest together with the wagons it's working with. Pure vehicle portraits give you less.
Prepare for patience
Shunting consists of waiting and short movements. Allow time and keep your camera ready.
Respect the staff
Shunting staff work under time pressure in a dangerous job. Don't wave, don't call out, don't distract them.
The full system behind the twelve-digit vehicle numbers, with which you can uniquely identify any locomotive, is explained in the guide to the ÖBB number and UIC wagon number.
Common mix-ups
It points to the 1063 if …
- a short, stocky locomotive with a pantograph is in front of you
- shunter steps and handrails are present
- the vehicle is moving individual wagons or short groups
- the marking begins with 1063
Look more closely if …
- the locomotive is stabled and no activity is visible
- you only see it from a great distance
- an unfamiliar livery makes the build hard to read
It's not a 1063 if …
- there's no pantograph and a diesel engine is running
- the locomotive looks long and smooth like a main-line machine
- the class marking begins with a 2
The most common mix-up candidates are the diesel-powered shunters of the Class 2068 and the Class 2070 – the same job, a different energy source. Anyone looking at a noticeably longer electric locomotive is more likely looking at a main-line machine such as the Class 1144.
Conclusion
The Class 1063 is a vehicle you rarely go looking for and are all the happier to find. Short build, shunter steps, pantograph: that combination doesn’t come up often. And because shunting work doesn’t appear in the timetable, every encounter is more chance than planning – a good reason to document it carefully.
In short
Short, four-axle, with a pantograph and shunter steps: that's the 1063. It only works under overhead wire – and it's observed exclusively from outside the operational railway land.
Document your shunting sightings
Number, location, date and activity in one place – with vehicles that have no timetable, that's exactly where the real value lies.
Summary
- The Class 1063 stands for the ÖBB's electrically powered shunting and transfer duty.
- Its build is designed for low speeds, high tractive effort and frequent mounting and dismounting by staff.
- Length, roof equipment and the four-digit class marking are enough for identification.
- Because shunting work is dispatched operationally rather than to a published timetable, sightings are hard to plan.
Frequently asked questions
What is the ÖBB Class 1063?
An electric shunting locomotive of the ÖBB, in other words a shunter that draws its power from the overhead line. It's designed for train formation, wagon movements and short transfer runs, and is built noticeably more compact than a main-line locomotive.
Why is an electric shunting locomotive unusual?
Because shunting areas are often not continuously covered by overhead line. Where there's no overhead wire, an electric locomotive can't work – which is why diesel locomotives dominate shunting duty worldwide. An electric shunter only pays off where the working area is fully electrified.
What does the 1 in the class number 1063 mean?
It encodes the vehicle type. The ÖBB label traction vehicles with "Reihe" (class) plus a four-digit number: 1 for electric locomotives, 2 for diesel locomotives, 4 for electric railcars, 5 for diesel railcars. The 1063 is thus identified as an electric locomotive without further checking – its role as a shunter follows from its build.
How do I tell a shunting locomotive apart from a main-line locomotive?
By build and equipment. Shunting locomotives are shorter, have shunter steps and wraparound handrails, and are designed for low speeds with high tractive effort. Main-line locomotives look longer, smoother and don't carry pronounced stepping arrangements at the corners.
What is the difference between the 1063 and a diesel shunter?
The energy source. The 1063 has a pantograph and needs an overhead line. Diesel shunters such as the Classes 2068 or 2070 carry their drive on board and can work anywhere, including on non-electrified track. In the ÖBB scheme you can already tell the difference from the leading digit, 1 versus 2.
Where can I observe the class?
Only from publicly accessible locations, such as platforms, bridges or adjoining roads. Shunting areas, marshalling yards and operational installations are operational railway land and must not be entered. That applies without exception, regardless of how accessible an area looks.
Why are sightings of shunting locomotives hard to plan?
Because shunting work is dispatched operationally and doesn't appear in the published timetable. When a shunter is working depends on train formation, wagon volume and the operational situation. Anyone searching deliberately should look to times of day with high freight volume and to community reports.
What should go into a sighting?
Class and running number, date, location and the activity – in other words whether the locomotive is shunting, stabled, or running a transfer working. Especially with shunting vehicles, the context is often more interesting than the vehicle itself, because it shows how an installation is actually operated.
Log your sighting of the ÖBB Class 1063
Date, location and vehicle number logged in seconds – and visible to the community.
Related classes
ÖBB Class 2068
The Class 2068 is a diesel shunting locomotive of the ÖBB. Here's how to recognise it, how shunting duty fits into railway operations – and how to stay safe while watching it.
ShunterÖBB Class 2070
The Class 2070 belongs to the modern generation of ÖBB diesel shunting locomotives. Here's how to recognise it and tell it apart from other shunting vehicles.
Electric locoÖBB Class 1144
The Class 1144 emerged from converted Class 1044 locomotives. What the second digit of the ÖBB class number reveals, and how to tell the two classes apart for sure.
Who is behind it
Groups, brands, manufacturers and operators – who owns whom and how to recognise them out in the field.
ÖBB-Infrastruktur
ÖBB-Infrastruktur owns the tracks, points, signals and most stations in Austria – but not a single train in the timetable. That's exactly why locomotives from companies with no connection to ÖBB roll over the Brenner, Semmering and Tauern lines.
GroupÖBB Rail Cargo Group
The Rail Cargo Group is ÖBB's freight division – and at the same time an umbrella brand that holds no licence of its own. Trains are actually run by Rail Cargo Austria and a string of national companies whose codes appear in the data panel, while only RCG is written on the outside.
Where to see the ÖBB Class 1063
Specific viewpoints with lighting times, coordinates and an honest verdict on whether the trip is worth it.
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